Chladni is considered to be the founding father of meteoritics as a science, publishing for the first time his hypothesis of the extraterrestrial origin of meteorites in 1794.Īlexander von Humboldt (1769-1859) donated to the Museum nine meteorites in total, some of which he had collected on his travels, while others were given as gifts to the famous naturalist. As a result, Chladni bequeathed his private collection comprising 41 meteorites to the Museum. Weiss was also in close contact with Ernst F. Weiss (1780-1856) expanded the collection by purchasing 17 meteorites from the famous chemist Martin H. Seven years later, mineralogist Christian S. When the Berliner Universität was founded in 1810, the meteorites became part of the Mineralogisches Museum. The Russian Czar Alexander I added another piece of this all-important meteorite to the collection in 1803. It contained among other things a piece of the stony-iron Krasnoyarsk meteorite that was described for the first time by Peter S. Gerhard (1738-1821), founder of the Berlin Mining Academy. The beginnings of the meteorite collection date back to 1781, when a mineral collection was purchased from Carl A. Meteorites have been named and registered in the central database of the Meteoritical Society, which is accessible online. The whole collection has been digitised in a local database. Meteorites are also an integral part of the Museum’s permanent exhibition, as they bear witness to the evolution of the solar system. The collection material includes complete meteorites, fragments and over 1,300 thin sections. However, over time, stony meteorites, stony-iron meteorites and iron meteorites from all over the world have been added to the collection, which increased its international relevance. As the collection dates back to the early stages of meteorite research, it contains many pieces from Europe, including many main masses of meteorites found in Germany. You definitely don’t want to step away from the CNC meteorite cutting machine cutting those parts.The meteorite collection comprises 6,000 specimens of approximately 4,100 different meteorites. They describe it as similar to the process of cutting a diamond. Once the parts were mapped out within the chunk, they were cut out of the chunk. It’s quite beautiful and using it in the production of a gun has never been done, which is why Rob Biachin, founder and president of Cabot Guns, wants to make it happen.Ĭabot scanned and generated a 3D mesh of the meteorite chunk using it as a boundary to contain the 3D models of the pistols parts to be manufactured from it. When treated to with acid, what is called a Widmanstätten pattern can be brought out. The Gibeon meteorite refers to fragments leftover from a meteor that broke up in the atmosphere and spread itself all over a big patch of ground on the south side in what is now the Republic of Namibia.Įvidently, the Gibeon meteorite, which is composed of mostly iron and nickel, has astonishing aesthetic qualities when properly worked. Cabot, known as the “Rolls Royce of 1911’s,” has stated they wanted to make the world’s most expensive pistols.Ī little background here. Called the “Big Bang Pistol Set,” they will be chambered in 45 ACP and come in a special display case. Pennsylvania based Cabot Gun has designed and fabricated a pair of 1911 pistols made out of a 35kg (77 lb) chunk of the Gibeon meteorite.
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